Multi-Agent Actor-Critics in Autonomous Cyber Defense
Multi-Agent Deep Reinforcement Learning with Actor-Critic algorithms applied to autonomous cyber defense mechanisms.
Multi-Agent Deep Reinforcement Learning with Actor-Critic algorithms applied to autonomous cyber defense mechanisms.
Active learning framework optimizes expert time for labeled data collection in AI systems, demonstrated on medical imaging.
Wavelet subspace gradient compression reduces LLM training memory requirements for optimizer states beyond low-rank techniques.
Hybrid action reinforcement learning achieves multi-objective compatibility in autonomous driving decision-making.
Survey of zero-knowledge proof based verifiable machine learning for ensuring computational integrity and privacy in ML pipelines.
Applies steering vectors to modify LLM activations for bias mitigation across social bias axes including gender, age, race.
Large graph dataset and measurement approach quantify long-range interactions in graph neural networks versus message-passing models.
NLP methods analyze Swiss children's speech for developmental language disorder diagnosis without commercial LLM dependency.
Measures faithfulness of concept-based explanation methods for deep vision models by evaluating surrogate accuracy.
Benchmark evaluating LLMs on real-world electronic health record clinical text understanding across diverse medical models.
Evaluates vision-language models on visual perspective taking using controlled scenes with humanoid figures and objects.
LLMs generate synthetic training data to improve automated program repair systems across diverse bug types and programming languages.
Continuous normalizing flows remove adversarial perturbations from ML models at inference time as defense strategy.
Framework compressing large LLM-based agents into smaller student models while preserving reasoning and action fidelity using distillation.
Vision-language models guide safe reinforcement learning for autonomous driving using world models to reduce unsafe trial-and-error.
LLMs with differential privacy applied to radiology report classification for multi-abnormality detection in healthcare workflows.
Benchmarking study comparing generalist and specialist vision-language models for medical image interpretation with insights on when each excels.
Multi-sample prompting with actor-critic optimization for improving diversity and quality of LLM-generated synthetic data for machine learning.
MicroMix enables efficient mixed-precision quantization for LLMs using microscaling formats and FP4 Tensor Cores for faster inference.
AirQA dataset and benchmark for evaluating LLM-based agents on scientific paper question-answering with instance-level evaluation metrics.
Combines LLMs with multiple-instance learning for cognitive distortion detection in mental health applications, enhancing interpretability and reasoning.
Dual-space smoothness approach for machine unlearning in LLMs balancing unlearning effectiveness, utility preservation, and privacy protection simultaneously.
Empirical study examining the trade-off between reasoning chain length and accuracy in vision-language models trained with reinforcement learning.
SLSO framework uses GPT vision-language models with self-correction loops and structured output for automated dental radiograph interpretation and medical image analysis.
ACE framework evolves contexts for self-improving language models, addressing brevity bias and context collapse through agentic context engineering for domain-specific applications.
ParallelResearch framework enables efficient deep research agents through parallel tree-structured reasoning with adaptive resource allocation instead of sequential processing.
Mitigates premature exploitation in particle filtering for inference-time scaling of language models using process reward models for improved mathematical reasoning.
Open ASR Leaderboard benchmarks 86 open-source and proprietary speech recognition systems across 12 datasets with standardized evaluation metrics for multilingual and long-form audio.
Dream to Recall presents a memory mechanism for vision-and-language navigation agents using imagination-guided experience retrieval for progressive improvement.
CLMN introduces concept bottleneck models for NLP with neural-symbolic reasoning to improve interpretability in language models by tying predictions to human concepts and modeling dynamic interactions.
Diffusion-based human motion generation adapting to scene constraints using two-stage approach for diverse, scene-aware motion.
Schema-based in-context learning framework enabling transformers to activate and transfer pre-existing knowledge abstractions.
Bandit learning algorithm with abstention mechanism for high-stakes applications requiring risk-sensitive decision-making.
Auto-formalization system translating natural language mathematical proofs to Lean 4 using joint embedding approach.
Multi-agent framework using evidence-grounded reasoning for transcriptomic interpretation in antimicrobial resistance research.
Robot navigation system interpreting open-vocabulary spatial relationship queries for multi-object search.
Framework for detecting data contamination in tabular datasets within LLMs through latent knowledge assessment.
Multi-goal reinforcement learning approach for dispersed state coverage while maximizing expected return.
Framework learning robot control policies from unlabeled video data using video prediction and action inference.
Prompt optimization approach providing factual knowledge and terminology for knowledge-intensive LLM tasks beyond elicitation.
Periodic sparse attention mechanism reducing transformer complexity for long-context modeling with adaptable receptive fields.
ImAgent framework using AI agents to improve text-to-image generation consistency through iterative refinement without additional modules.
Scaling multimodal foundation models for improved spatial understanding capabilities in visual reasoning tasks.
Object-centric world models for sample-efficient reinforcement learning by decomposing environments into discrete entities.
Dataset for scientific document QA with explicit evidence annotation for improved interpretability and evaluation reliability.
Multi-resolution vector search optimization for RAG systems in vector databases to improve retrieval speed and contextual relevance.
SAM 3 extends segment anything model to detect, segment and track objects using concept prompts combining text and image exemplars.
Research on unified multimodal models addressing trade-offs between understanding and generation through adversarial training to improve cross-modal coherence.
Unsupervised framework for VLA model pre-training using motion tokenization and action segmentation on industrial video.
SAFLe: Single-round federated learning framework for non-linear models with heterogeneous data.